(ns clojure.examples.example (:require [clojure.set :as set]) (:gen-class)) (defn example [] (println (ns-aliases 'clojure.core)))

(ns clojure.examples.example (:require [clojure.set :as set]) (:gen-class)) (defn example [] (println (ns-name 'clojure.string)))

(ns clojure.examples.example (:require [clojure.set :as set]) (:gen-class)) (defn example [] (println (find-ns 'clojure.string)))

(ns clojure.examples.example (:require [clojure.set :as set]) (:gen-class)) (defn example [] (println (all-ns)))

(ns clojure.myown (:require [clojure.set :as set]) (:gen-class)) (defn hello-world [] (println *ns*)) (hello-world)

(ns clojure.examples.example (:require [clojure.set :as set]) (:gen-class)) (defn example [] (println *ns*))

(ns clojure.examples.example (:require [clojure.set :as set]) (:gen-class)) (defn example [] (def demokeys (hash-map "z" 1 "b" 2 "a" 3))

(ns clojure.examples.example (:require [clojure.set :as set]) (:gen-class)) (defn example [] (def demokeys (hash-map "z" 1 "b" 2 "a" 3))

(ns clojure.examples.example (:gen-class)) (defn example [] (def demokeys (hash-map "z" 1 "b" 2 "a" 3))

(ns clojure.examples.example (:gen-class)) (defn example [] (def demokeys (hash-map "z" 1 "b" 2 "a" 3))

(ns clojure.examples.example (:gen-class)) ;; This program displays Hello World (defn Example [] (def pat (re-pattern "\\d+"))

(ns clojure.examples.example (:gen-class)) ;; This program displays Hello World (defn Example [] (def pat (re-pattern "\\d+"))

(ns clojure.examples.example (:gen-class)) ;; This program displays Hello World (defn Example [] (def pat (re-pattern "\\d+"))

(ns clojure.examples.example (:gen-class)) ;; This program displays Hello World (defn Example [] (def seq1 (seq [5 4 3 2 1]))

(ns clojure.examples.example (:gen-class)) ;; This program displays Hello World (defn Example [] (def seq1 (seq [5 4 3 2 1]))

(ns clojure.examples.example (:gen-class)) ;; This program displays Hello World (defn Example [] (def seq1 (seq [5 4 3 2 1]))

(ns clojure.examples.example (:gen-class)) ;; This program displays Hello World (defn Example [] (def seq1 (seq [5 4 3 2 1]))

(ns clojure.examples.example (:gen-class)) ;; This program displays Hello World (defn Example [] (def seq1 (seq [5 4 3 2 1]))

(ns clojure.examples.example (:gen-class)) ;; This program displays Hello World (defn Example [] (def seq1 (seq [1 2 3 4 5]))

(ns clojure.examples.example (:gen-class)) ;; This program displays Hello World (defn Example [] (def seq1 (seq [1 2 3]))

(ns clojure.examples.example (:gen-class)) ;; This program displays Hello World (defn Example [] (def seq1 (seq [1 2 3]))

(ns clojure.examples.example (:gen-class)) ;; This program displays Hello World (defn Example [] (def seq1 (reverse (seq [1 2 3])))

(ns clojure.examples.example (:gen-class)) ;; This program displays Hello World (defn Example [] (def seq1 (distinct (seq [1 1 2 2])))

(ns clojure.examples.example (:gen-class)) ;; This program displays Hello World (defn Example [] (def seq1 (seq [1 2]))

(ns clojure.examples.example (:gen-class)) ;; This program displays Hello World (defn Example [] (println (conj [1 2 3] 4)))

(ns clojure.examples.example (:gen-class)) ;; This program displays Hello World (defn Example [] (println (cons 0 (seq [1 2 3]))))

(ns clojure.examples.example (:gen-class)) ;; This program displays Hello World (defn Example [] (println (seq [1 2 3])))

(ns clojure.examples.example (:gen-class)) (defn Example [] (try (def string1 (slurp "Example.txt"))

(ns clojure.examples.example (:gen-class)) (defn Example [] (def my-map (with-meta [1 2 3] {:prop "values"}))

(ns clojure.examples.example (:gen-class)) (defn example [] (def myatom (atom 1)) (println @myatom) (swap! myatom inc)